AMD Ryzen AI 9 HX 370 vs Apple M4
Side-by-side comparison of features, pricing, ratings, and alternatives.
The AMD Ryzen AI 9 HX 370 is a high-performance processor designed to deliver exceptional speed and efficiency for demanding workloads. Built on the advanced TSMC 4nm FinFET process, it seamlessly integrates cutting-edge CPU and graphics capabilities to elevate modern computing. Equipped with advanced integrated graphics and a flexible configurable TDP, this processor empowers users to tackle intensive gaming, content creation, and AI tasks effortlessly. Its hybrid architecture ensures optimal power distribution, making it an ideal choice for efficient, high-end mobile systems.
The Apple M4 is a revolutionary CPU that redefines the boundaries of power and efficiency. Built on a cutting-edge 3nm process node and featuring an innovative architecture, this system-on-chip is engineered to handle demanding professional workloads while maintaining exceptional energy efficiency. Equipped with a 10-core CPU configuration comprising 4 performance cores and 6 efficiency cores, alongside a powerful 10-core integrated Apple GPU, the M4 delivers breathtaking computational performance and advanced graphics capabilities for modern computing devices.
- Excellent multi-core performance for demanding applications
- Powerful integrated Radeon 890M graphics
- High energy efficiency with a flexible configurable TDP
- Dedicated NPU for accelerated artificial intelligence tasks
- Exceptional performance-per-watt efficiency
- Advanced 3nm architectural design
- Powerful integrated neural engine
- Robust multi-core processing capabilities
- Relies on platform availability in pre-built mobile systems
- Higher cost associated with flagship hardware
- Shared thermal limits between CPU and integrated graphics
- Soldered system-on-chip prevents hardware upgrades
- Limited to Apple device ecosystem
- High cost associated with device replacement
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The Verdict
AI-generated from listing dataAMD Ryzen AI 9 HX 370 offers higher core count and configurable TDP for flexible performance, while Apple M4 delivers superior performance-per-watt and tighter integration but is locked into Apple hardware.
Key differences
- •Core architecture: Ryzen has 12 hybrid cores (4 Zen 5 + 8 Zen 5c) vs. M4's 10 cores (4 performance + 6 efficiency).
- •Integrated graphics: Ryzen includes Radeon 890M (16 compute units, 2900 MHz) whereas M4 uses a 10‑core Apple GPU with ray‑tracing support.
- •Process technology: Ryzen built on TSMC 4 nm FinFET; M4 on newer 2nd‑gen TSMC 3 nm, giving M4 better density and efficiency.
- •NPU capability: Ryzen’s NPU delivers 50 TOPS, higher than M4’s 38 TOPS.
- •Platform flexibility: Ryzen uses an FP8 socket for upgradeable mobile systems; M4 is a soldered SoC, non‑upgradeable.
Performance
Ryzen's 12 cores, higher boost (5.1 GHz) and 50 TOPS NPU outpace M4's 10 cores and 38 TOPS.
Power & efficiency
M4's 3 nm process and industry‑leading performance‑per‑watt beats Ryzen's 4 nm design.
Build quality
M4's soldered SoC offers tighter integration and less thermal variance than Ryzen's socketed mobile module.
Compatibility
Ryzen uses an FP8 socket, allowing selection of compatible pre‑built laptops; M4 is limited to Apple devices.
Pricing & value
Both are paid one‑time products; no specific price data provided to differentiate.
Warranty & support
Apple typically provides comprehensive support and warranty for its SoCs; Ryzen support depends on OEM.
Connectivity
M4’s integrated SoC includes unified memory architecture; Ryzen relies on platform design, not detailed in specs.
Choose AMD Ryzen AI 9 HX 370 if…
Gamers or AI‑focused users needing higher core count, stronger integrated GPU, and upgradeable laptop options.
Choose Apple M4 if…
Professionals prioritizing battery life, efficiency, and seamless Apple ecosystem integration.
Common questions
Which chip offers better AI performance?
Ryzen AI 9 HX 370, with a 50 TOPS NPU, exceeds the M4's 38 TOPS.
Can I upgrade the processor later?
Ryzen uses an FP8 socket, allowing future upgrades in compatible laptops; M4 is soldered and non‑upgradeable.
Which option provides longer battery life in a portable device?
Apple M4, thanks to its 3 nm process and superior performance‑per‑watt efficiency.